Abstract - University of Oklahoma



Running head: FEAR APPEALS IN PSAs

Using Fear to Reach Military Members:

A Content-analytic Study

of Defense Department PSAs

Matthew Borg, Donald Cicotte,

Charles Finks, Christina Mercado

University of Oklahoma

December 7, 2000

Abstract

The purpose of this study was to analyze Department of Defense radio public service announcements (PSAs) on health-related topics to determine how health communicators had responded to the challenge of developing messages on sensitive health issues for mass audiences. Specifically, this paper reports the findings of a content analysis of 189 radio PSAs, focusing on the severity, susceptibility, efficacy, and self-efficacy components of the fear messages. Results indicate 68 percent of military radio PSAs use fear when attempting to persuade listeners to adopt new health and safety practices. Additional results indicate that 62 percent of these health messages employing fear appeals address the key elements Witte (1992) suggests should be present in a fear appeal. Further research is necessary to determine the effectiveness of military health promotion campaigns.

Using Fear to Reach Military Members:

A Content-analytic Study

of Defense Department PSAs

Military communicators face the task of using mass media to educate the internal audience on how to live a more health-conscious lifestyle focused on preventing disease and illness. To do this, public affairs practitioners use – among other things –Armed Forces Radio and Television (AFRTS) public service announcements (PSAs). These PSAs, sometimes referred to as spots, substitute for traditional commercials and are a primary channel for disseminating information, especially at overseas locations. Limited budgets for health care now and in the future demand that these preventive health messages be constructed in the most effective and efficient manner.

For example, the National Defense Authorization Act (2000) appropriated billions of dollars to the U.S. Department of Defense (DoD) to spend on health care programs in fiscal year 2001. As the DoD implements various new entitlements as part of the Act, the health care budget demands are likely to balloon. President Bill Clinton, upon signing the Act, expressed concern “that the congress fails to deal fully with the high, long-term cost” (Clinton, 2000) of one of the key components of the Act, less restrictive medical benefits for retired military people.

Because of the potential long-term financial burden on the military health care system, it is necessary for the Department of Defense to adopt preventive medicine strategies to keep servicemembers healthy. While tobacco use has dropped significantly in the last two decades, 30 percent of the current force still smokes cigarettes. The Pentagon would like to see this number decrease to fewer than 12 percent by 2010. The DoD spends $930 million per year on healthcare for smoking-related illnesses and lost productivity (AFRTS, 2000). In addition to smoking, the DoD is focusing on two other costly health risks: alcohol abuse and accidental injuries.

The purpose of this study is to examine the use of fear appeal messages in military-sponsored radio health campaigns. Specifically, this paper reports the findings of a content analysis of existing PSAs in terms of the severity, susceptibility, efficacy, and self-efficacy themes in the fear messages. First, an overview of the military’s use of PSAs will be presented in order to establish the extent of their use. Second, a description of the theoretical basis of the content analysis is presented, and finally, the methodology, results, and discussion of the study will be presented.

PSAs in the Military

Military leaders have an abundance of command information that must be communicated directly to servicemembers and their families in an effective manner. As mentioned, AFRTS PSAs are a primary channel to accomplish this with audiences stationed abroad. AFRTS broadcasts a variety of command information spots in place of advertisement commercials normally aired by commercial radio and television stations. These spots provide information on a variety of topics, such as safety, health care, and family services. The terminology and definitions for what the authors of this paper considered PSAs varied somewhat when different reference sources were reviewed.

In general, the Radio and Television Production Office (RTPO) divides spot announcements into two categories: PSAs and contract spots. “PSAs” are developed by agencies typically for non-profit organizations catering to or providing a service for the general public. However, “contract spots” are exclusively designed for the AFRTS by civilian contractors, for the sole purpose of delivering Department of Defense messages to a joint-service audience worldwide. Together, PSAs and contract spots encompass 42 general subject areas and more than 200 topics. Regardless of how they are developed, the RTPO is ultimately responsible for approving and authorizing spots for worldwide distribution over military radio and television networks (AFRTS, 1999). Approximately 400 new contract spots and 300 PSAs are added to the RTPO inventory annually. Old spots are routinely removed from the inventory as new spots are added, leaving an average inventory of approximately 4,000 radio spots and 4,000 television spots in circulation at any given time (AFRTS, 1999). Due to the inconsequential differences of terms and definitions, for the sake of consistency and to avoid confusion, the term PSA will be used for all spots used by AFRTS throughout this paper.

Fear Appeals and The EPPM

Fear appeals. Fear appeals, when employed correctly, are useful in health behavior change (Witte & Allen, 2000). Fear appeals attempt to motivate individuals to perform certain recommended behaviors by scaring people into action (Morman, 2000). PSAs and campaigns using threats have been proven to elicit fear, a powerful motivator in persuading an individual to change an attitude, belief, or behavior (Witte, 1998; Clarke, 1998; Morman, 2000). In light of these findings, it seems a study of fear appeals in military PSAs is in order. Therefore, the current study will attempt to answer the following research question:

RQ1: How prevalent is the use of fear appeals in Defense Department PSAs?

While a considerable amount of research has concluded that fear appeals motivate behavior change, some advertisers and practitioners argue that fear appeals can actually backfire (Witte & Allen, 2000). That is, some practitioners insist that the use of fear appeals may actually push the audience to adopt maladaptive responses, such as denial or avoidance. Therefore, it is necessary to not only examine military PSAs in terms of the number of spots containing fear appeals, but also the types of fear appeals evident in current military spots.

Long-term behavior changes are possible when the fear appeal has been constructed according to specific theoretical guidelines (Rogers, 1983; Witte, 1992). First, fear appeals are persuasive messages that emphasize the harmful physical or social consequences of failing to comply with the recommendations of the message (Dillard, 1994). Over the years, research has identified three key variables that comprise the fear appeals: fear, perceived threat, and perceived efficacy (Witte & Allen, 2000).

Fear is an emotion, accompanied by a high level of arousal, and is caused by a threat that is perceived to be significant and personally relevant (Lang, 1984). Fear may be expressed physiologically, through language behavior, or through overt acts, such as facial expressions (Lang, 1984). Fear has been operationalized in various ways, including as anxiety, physiological arousal, and ratings of concern or worry (Leventhal, 1970; Rogers, 1975). Rogers (1983) demonstrated that self-reported fear adequately captures the above definition of fear by showing a correspondence between physiological arousal and self-ratings of mood adjectives.

A threat is an appeal to fear. It is a communication stimuli that attempts to evoke a fear response by showing some type of negative outcome that the audience wants to avoid (LaTour & Rotfeld, 1997). Some research into the use of fear appeals has failed to distinguish between the threats, or the actual literal communication stimuli, and the actual fear arousal response that different type of threats might cause (LaTour & Rotfeld, 1997). Threats illustrate undesirable consequences from certain behaviors, such as car damage, injury, or death, etc. However, fear is an emotional response to threats, and different people fear different things. No threat evokes the same response from all people, even within a narrowly defined demographic group (LaTour & Rotfeld, 1997).

While fear and threat are different, they are related, such that the higher the perceived threat, the greater the fear experienced (Witte, 1998). Perceived severity refers to an individual’s beliefs about the seriousness of the threat (e.g., “If I breathe Anthrax spores I will die”). Perceived susceptibility is an individual’s beliefs about his or her chances of experiencing the threat (e.g., “Terrorists have weaponized Anthrax and intend to use it on American servicemen”) (Witte, 1992).

The efficacy component of a fear appeal refers to the message cues or action steps to avoid the threat offered by the message (Morman, 2000). Response efficacy refers to beliefs as to whether or not the recommended action step will actually avoid the threat (e.g., “I believe the Anthrax vaccine will protect me from a biological attack”). Self-efficacy refers to beliefs about the ability to effectively perform a recommended action step (e.g., “I think that I have access to the Anthrax vaccine in order to prevent injury during a biological attack”) (Rogers, 1975).

Witte and Allen (2000) examined previous research, compiled a list of typical outcome variables to a fear appeal, and separated them into two categories. First, those related to the acceptance of the message’s recommendation (i.e., changes in attitude, behavior, and intent), and second, those related to the rejection of the recommendation (i.e., defensive avoidance, reactance, and denial). Defensive avoidance is a motivated resistance to the message’s recommendation, such as a minimization of the threat (Janis & Feshbach, 1953). It refers to the tendency to ignore or deny the consequences conveyed in the message. Reactance is what is said to occur when freedom is perceived to be reduced by the message’s recommendation (e.g., “I know they’re just trying to get me to do what they want instead of what I want”) (Brehm, 1966).

The EPPM. Witte (1992) integrated previous theoretical perspectives (i.e., Janis & Feshbach, 1953; Leventhal, 1970; Rogers, 1975) to develop the Extended Parallel Process Model (EPPM). Using Leventhal’s parallel process model, the EPPM differentiates between two processes Witte (1992) believes influence message acceptance in fear appeal research, danger control and fear control.

The EPPM proposes that a fear appeal initiates two appraisals of the message (Witte & Allen, 2000). First, individuals appraise the threat in the message. When an individual perceives that he or she is susceptible to a severe threat conveyed in the message (high threat), fear is elicited and people begin the second appraisal, the evaluation of the efficacy of the recommended action step (Witte, 1992). Alternatively, when the threat is perceived to be low, either because of low severity or low susceptibility, there is no motivation to appraise the message any further and the message is ignored and no action is taken (Witte & Allen, 2000). For example, a non-smoker would not appraise a lung cancer fear appeal message as a high threat message because he or she is not susceptible to the threat.

However, if a message is viewed as high threat, individuals become scared. In order to deal with this emotion, people choose one of two paths, danger control or fear control (Witte, 1992). If the response efficacy and self-efficacy of the proposed action step are perceived to be high, then the danger control processes are triggered and people cognitively search for a way to avert the threat (Witte, 1992). In contrast, if the efficacy is perceived to be low, then the fear control processes are engaged and people look for a way to deal with their fear by engaging in maladaptive responses (i.e., denial, defensive motivation) (Witte, 1992). In summary, the threat appraisal determines the degree or intensity of the reaction to the message, while the efficacy appraisal determines the nature of the reaction (fear or danger control) (Witte, 1992).

Since 1992, empirical evidence in support of Witte's (1992) EPPM has emerged. Clarke (1998) used the EPPM to conduct an anti-drunk driving campaign in Oklahoma. Results indicated a 20-percent drop in drunk driving throughout the state as a result of the high threat/high efficacy campaign designed using the EPPM as the framework.

Additionally, Morman (2000) used the EPPM to study men's intentions to perform the testicular self-examination for signs of cancer. Results supported the EPPM predictions that high threat/high efficacy messages will lead to positive outcomes like message adoption and attitude change.

Based on the growing trend of research reporting positive results in using Witte’s EPPM (See Appendix A), the current study will attempt to answer the following research question concerning the Defense Department’s PSA message construction:

RQ2: When military health fear appeals are employed, do they contain elements of severity, susceptibility, response efficacy, and self-efficacy?

Although the source of the message within the ad and the phychological and/or demographic characteristics of the audience are highly salient aspects of fear appeals message research, the goal of this study is to begin research on military sponsored PSAs from a message production perspective. We will be looking at the text of the health-related PSA messages to determine whether they contain important components that have proven in research (Witte & Allen, 2000) to be effective in fear appeal messages.

Method

Collection of PSAs

The Armed Forces Information Service has approximately 4,000 radio PSAs in circulation at all times. A convenience sample of three audiocassette tapes was obtained containing 189 radio PSAs covering a wide range of subjects. Although this collection of PSAs is not exhaustive and only represents 4.7 percent of the total AFRTS collection, it is felt to be representative of what is being heard by military families overseas.

From the audiocassettes, the three-person coding team determined 51.3 percent of the PSAs to be health and safety related (n=97). Because this information was drawn from a convenience sample, it is impossible to know whether this percentage is generalizable to the entire inventory.

Coding Procedure

Three coders analyzed the manifest content of the 189 PSAs included in this study, with each coder responsible for one audiocassette, or an average of 63 PSAs each. Because of concerns about inter-coder reliability, the study did not attempt to measure latent content of the spots. Each coder was a member of the Department of Defense Joint Course in Communication at the University of Oklahoma. The coding instrument (See Appendix B) was developed jointly by the four members of the research team. The coders received two hours of training on the coding instrument and had access to the codebook (See Appendix C) during the analysis. Inter-coder reliability, used by most researchers when conducting a content analysis, is the process of analyzing how two or more coders code the same data while working independently using the same coding sheet (Kaid & Wadsworth, 1989). Having all three coders code one of the audiocassettes, or 35 percent of the PSAs, tested inter-coder reliability. An inter-coder reliability of .86 was obtained.

Description of Variables Used in the Analysis

Health or safety. When listening to PSAs, coders were asked to first determine whether or not the PSA was health or safety related. PSAs of this type could include subjects such as quitting smoking, eye exams, avoiding terrorism, using seat belts, and others.

Fear appeal. Coders then decided which health and safety PSAs used fear appeal. A fear appeal was defined for the coders as a “threat meant to scare the listener about possible consequences of some action or of not taking some action.” Fear appeal was coded as “Yes” or “No,” depending upon the coder’s judgment as to whether the variable was present.

High level threat vs. low level threat. After determining that a PSA was using fear appeal, coders were asked to determine whether the threat was high level or low level. A high level threat was defined for the coders as “a direct verbal threat that suggests physical harm to the listener or his or her family members and/or contains frightening sound effects or images.” A low-level threat was defined for the coders as “a threat to society or career that does not suggest physical harm to the viewer and does not contain frightening sound effects or images.”

Each PSA determined to be both health and safety related and to use fear appeal was then coded for the presence or absence of the following five characteristics:

Severity. Severity refers to the seriousness of the threat. A specific claim that the threat is “serious” would obviously meet the criteria for severity. A threat that would cause serious physical harm, such as, but not limited to, death, was coded as severe (e.g., “Glaucoma is a serious threat. If untreated, it can cause blindness.”) Severity was coded as “Yes” or “No,” depending upon the coder’s judgment as to whether the message included info on the severity of the specific health behavior.

Susceptibility. Susceptibility refers to whether or not the PSA conveyed a sense that the listener has a good chance of experiencing this threat. Telling the listener that “military members are especially at risk for glaucoma and the number of cases grows every day” would convey a high sense of susceptibility. Susceptibility was coded as “Yes” or “No,” depending upon the coder’s judgment as to whether the variable was present.

Response efficacy. Response efficacy refers to the cues or action steps offered by the PSA. Specifically, does the message indicate that there is something the listener can do to avoid the threat? (e.g., “Fortunately, there’s a new medical procedure that can stop glaucoma before it starts.”) Response efficacy was coded as “Yes” or “No,” depending upon the coder’s judgment as to whether the variable was present.

Self-efficacy. Self-efficacy refers to the ability of a person to effectively perform the action step. Does the message make it clear that the solution is something the listener can do? (e.g., “And this medical procedure is available now, on this base.”) Self-efficacy was also coded as “Yes” or “No.”

Ease of self-efficacy. Coders were asked to determine whether the PSA indicated that the action step would be convenient and easy. (e.g., “All it takes is a quick trip down to your base health clinic for a free, 15-minute eye exam.”) Once again, ease of self-efficacy was coded as “Yes” or “No.”

Results

The first research question concerned the Defense Department’s use of fear appeal strategies in health and safety promotion messages. Results indicate a considerable amount of military radio PSAs use fear when attempting to persuade listeners to adopt new health and safety practices (See Appendix D). Of the 189 PSAs studied, 97 were health or safety related. Of those 97 health or safety messages, 66 used some element of fear appeal in the message. In total, 68 percent of the health and/or safety messages used some degree of fear appeal. This is important because it confirms that the military is using fear appeals extensively. The military should then carefully consider how to use them most effectively, which leads to the next research question.

The second research question concerned the construction of the military’s fear appeal messages. Specifically, research question two was utilized to assess whether or not the fear appeal messages were being constructed based on sound theoretical principles. Results indicate that an overwhelming number of the 66 fear appeal spots contained some degree of severity (n=58), susceptibility (n=64), response efficacy (n=59), and self-efficacy (n=55).

In addition, results indicate that when self-efficacy was present, the action step was usually conveyed as "easy to perform" (n=53). Finally, as Witte's (1992) model makes clear, it is not the presence of one of the variables that makes fear appeals successful, but the presence of all. Therefore, the researchers looked at how many of the variables were concurrently present. Results indicate that 62.1 percent (n=41) of the military fear appeal health messages contained all of the essential variables. Appendix D displays the findings of the coders with respect to the variables present in the 66 fear messages examined.

Discussion

The purpose of this study was to examine the use of fear appeal messages in military radio-based health promotion campaigns. Specifically, this paper reports the findings of a content analysis of a convenience sample of PSAs in terms of the severity, susceptibility, efficacy, and self-efficacy themes in the fear messages.

Although radio spots are not the only channel for communicating messages about health and safety to servicemembers, while overseas it may be the most efficient. AFRTS radio spots are aired to an audience stationed abroad, and often the AFRTS broadcast is one of the few – if not the only – English language broadcasts available. Therefore, by default, DoD has a captured audience and a direct channel to those who the messages are targeted toward.

Previous research shows that the use of fear appeals in PSAs sometimes alienates the audience and pushes it away from the intended action (Janis, 1953). Using the EPPM helps identify the steps that will help avoid this. Strict DoD budget constraints demand efficiency and effectiveness in PSA construction. Therefore, the authors analyzed the available health and safety-related spots to determine whether empirically supported methods were employed when constructing the messages. In general, these theoretical constructs appear to be guiding the majority of the military PSA designers. Results of this study indicate that the majority of the key variables (severity, susceptibility, response efficacy, and self-efficacy) are being included in the design of military health messages. However, the results also indicate that only 62.1 percent of the messages are employing all of the above, as the model (Witte, 1992) suggests is most effective. 62.1 percent is satisfactory, but there is room for improvement if these spots are going to successfully change attitudes and behaviors.

In addition, this study does not allow one to conclude that these messages that employed all of the suggested elements are necessarily effective. Further research is necessary in this area to better understand the impact of the messages. The next step in this line of research may be to better understand the military audience, so that PSAs can be tailored to the audience's specific tastes. It might also be valuable to test messages before going worldwide with campaigns. The process of message development needs to be studied in regard to target audiences, campaign objectives, and message appeals. Further studies may find that different levels of severity, susceptibility, response efficacy, and self-efficacy may be needed to most successfully persuade the military audience.

The findings of this study are important when one considers the huge cost of military health care and an increased reliance on preventive medicine. By better understanding how fear appeals work and how health and safety PSAs can be made better, the Defense Department should be able to develop a safer, healthier servicemember, bringing long-term medical costs down, and plotting the course for healthier living for its members.

References

Armed Forces Radio and Television Service. (1999). RTPO: About Us. Armed Forces Radio and Television Service (Online). Available:

Brehm, J. W. (1966). A theory of reactance. New York: Academic Press.

Clarke, R. (1998). The effect of social marketing and zero-tolerance laws on high-risk behaviors. Doctoral Dissertation, University of Oklahoma.

Clinton, W. J. (2000). Statement by the President. Whitehouse website (Online). Available: .

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/2000/10/31/9.text.1

Dillard, J. P. (1994). Rethinking the study of fear appeals: An emotional perspective. Communication Theory, 4, 295-323.

Hovland, C., Janis, I., & Kelly, H. (1953). Communication and persuasion. New Haven, CT: Yale University Press.

Janis, I. L., Feshbach, S. (1953). Effects of fear-arousing communications. The Journal of Abnormal and Social Psychology, 48, 78-92.

Kaid, L. L., Wadsworth, A. J. (1989). Content Analysis. In P. Emmert, L. L. Barker (Eds.), Measurement of communication behavior (pp. 197-217). New York: Longman.

La Tour, M., & Rotfeld, H. (1997). There are threats and (maybe) fear-caused arousal: Theory and confusions of appeals to fear and fear arousal itself. Journal of advertising, 26, 45-61.

Lang, P. J. (1984). Cognition in emotion: Concept and action. In C. E. Izard, J. Kagan, & R. B. Zajonc (Eds.), Emotions, cognition, and behavior (pp. 192-226). Cambridge: Cambridge University Press.

Leventhal, H. (1970). Findings and theory in the study of fear communications. In L. Berkowitz (Ed.), Advances in experimental social psychology, 5, (pp. 119-186). New York: Academic Press.

Morman, M. (2000). The influence of fear appeals, message design, and masculinity on men’s motivation to perform the testicular self-exam. Journal of Applied Communication Research, 28, 91-116.

Rogers, R. W. (1975). A protection motivation theory of fear appeals and attitude change. Journal of Psychology, 91, 93-114.

Rogers, R. W. (1983). Cognitive and physiological processes in fear appeals and attitude change: A revised theory of protection motivation. In J. Cacioppo & R. Petty (Eds.), Social psychophysiology (pp. 153-176). New York: Guilford.

Witte, K. (1992). Putting the fear back in fear appeals: The extended parallel process model. Communication Monographs, 59, 329-349.

Witte, K. (1998). Fear as motivator, fear as inhibitor: Using the extended parallel process model to explain fear appeal successes and failures. In P. A. Andersen & L. K. Guerrero (Eds.), Handbook of communication and emotion (pp. 424-451). San Diego: Academic Press.

Witte, K. & Allen, M. (2000). A meta-analysis of fear Appeals: Implications for effective public health campaigns. Health and Education Behavior, 27, 591-615.

Appendix A

The Extended Parallel Process Model

(Witte, 1992)

Appendix B

Coding Instrument

DoD Joint Course in Communication Coding Sheet

Coder initials: Date:

PSA #: Channel: Radio TV Script

1. Length of spot: 0-30 sec. 31-60 sec. 61+ sec.

2. Is the PSA health or safety related? Yes No

3. Is the PSA using a threat in the message? Yes No

4. If a threat was used in the PSA, what level of threat was used?

1) High level

2) Low level

5. If PSA is for TV, which method is used? (1) Presenter format

(2) Narrator

(3) Slice of life

(4) Interviews

5) Combination

6. If threat was used, is there an element of severity in the threat? Yes No

7. If threat was used, is there an element of susceptibility in the threat? Yes No

8. If threat was used, is there an element of response efficacy? Yes No

9. If threat was used, is there an element of self-efficacy? Yes No

10. If so, was the proposed response conveyed as “easy to perform”? Yes No

Totals (one point for each “Yes” in questions 6-10):

Appendix C

Code Book

DoD Joint Course in Communication Code Book

Coder initials: YOUR INITIALS Date: DATE

PSA #: Use the PSA count for this blank.

Channel: Radio TV Script Indicate the medium this PSA was intended for.

1. Length of spot: Use the counter on the VCR/tape player for this category.

2. Is the PSA health or safety related?

3. Is the PSA using a threat in the message? Threats meant to scare the viewer about possible consequences of some action or of not taking some action.

4. If a threat was used in the PSA, what level of threat was used?

High level – the PSA contains a direct verbal threat that suggests physical harm to the viewer or his or her family members and/or contains frightening visual content.

Low level – the PSA contains a threat to society or career that does NOT suggest physical harm to the viewer and does NOT contain frightening visual content.

5. If PSA is for TV, which method is used?

1) Presenter format – a dominant on-camera individual delivers the basic message and speaks directly to the screen with little or no interplay with other characters (Freimuth et al., 1990)

2) Narrator – an off-camera voice that delivers the message with little or no interplay with other characters (Freimuth et al., 1990).

3) Slice of life – an interplay between two or more people portraying a real-life situation with continuity of action.

4) Interview – a central figure poses questions to another individual.

5) Combination – several of the above methods are employed in the PSA.

6. If threat was used, is there an element of severity in the threat?

Severity refers to the seriousness of the threat. A specific claim that the threat is “serious” would obviously meet the criteria for severity. (e.g., “Anthrax is a serious threat. If you breathe Anthrax spores you will die.”)

7. If threat was used, is there an element of susceptibility in the threat?

Susceptibility refers to whether or not the message conveyed a sense that individuals chances are high of experiencing the threat (e.g., “Terrorists have weaponized Anthrax and intend to use it on American servicemembers.”)

8. If threat was used, is there an element of response efficacy?

Response efficacy refers to the cues or actions steps offered by the message to avoid the threat. Does the message indicate that the recommended action step will effectively help avoid the threat.

9. If threat was used, is there an element of self-efficacy?

Self-efficacy refers to the ability of a person to effectively perform the action step. Does the message make it clear that “you” can do it?

10. If so, was the proposed response conveyed as “easy to perform”?

Was language used that would indicate that the action step would be “convenient” or “easy,” using language like “just stop by your…”

Appendix D

|Table D.1 | | | | | | | | |

|Analysis of all PSAs in sample | | | | | | |

| | | | | | | | | |

|Category | | | | |Total number |Percentage of total | |

|All PSAs | | | | |189 | |100 | |

| | | | | | | |

|Health or safety PSAs | | |97 | |51 | |

| | | | | |

|Table D.2 | | | | | | | | |

|Analysis of all health and safety PSAs in sample | | | | | | |

| | | | | | | | | |

|Category | | | | |Total number |Percentage of total | |

| | | | | | | | | |

| | | | | | | |

|Health or safety PSAs | | |97 | |100 | |

| | | | | |

|Health or safety PSAs containing fear appeals |66 | |68 | |

|Table D.3 | | | | | | | | |

|Analysis of health and safety PSAs | | | | |

|which contain fear appeals | | | | |

| | | | | | | | | |

|Element | | | | |Total number |Percentage of "fear" |

| | | | | |containing the |PSAs showing |

| | | | | |element |the element |

|Severity | | | | |58 | |88 | |

|Susceptibility | | | |64 | |97 | |

|Response efficacy | | | |59 | |89 | |

|Self-efficacy | | | |55 | |83 | |

|"Easy to perform" | | | |53 | |80 | |

| | | | | | | | | |

|All five elements | | | |41 | |62 | |

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